Pressure-based finite-volume techniques have emerged as the methods of choice for a wide
variety of industrial applications involving incompressible fluid flow. In this paper, we trace …

A highly efficient numerical approach based on multigrid and preconditioning methods is
developed for modeling 3D steady and time-dependent incompressible flows. Thek-ω …

An overview is given of the development of the geometric multigrid method, with emphasis
on applications in computational fluid dynamics over the last ten years. Both compressible …

Various corrections were previously proposed to account for wall roughness with the k–ω
and shear stress transport (SST) models. A simplified analysis, based upon the wall region …

A fully discrete formalism is introduced to perform stability analysis of a turbulent
compressible flow whose dynamics is modeled with the Reynolds-Averaged Navier–Stokes …

This article presents a quasi-laminar stability approach to identify in high-Reynolds number
flows the dominant low-frequencies and to design passive control means to shift these …

This study summarizes a rotor blade shape optimization exercise with an emphasis on the
risk of off-design performance degradation. After optimizing by comprehensive analysis twist …

The paper presents various formulations of characteristics-based schemes in the framework
of the artificial-compressibility method for variable-density incompressible flows. In contrast …

The effects of drift angle on model ship flow are investigated through towing tank tests for the
Series 60 CB= 0.6 cargo/container model ship. Resistance, side force, drift moment …

The performance of vortex generators in reducing the helicopter drag was investigated by
computational fluid dynamics and wind tunnel tests. Numerical simulations were carried out …